GOSTechnology.Providers.CryptoProvider.LIB 1.0.1

GOSTechnology.Providers.CryptoProvider.LIB

Crypto management provider in AES with key 256 bits and block (iv) 128 bits.

Version Note: 1.0.1.

View Client: Encrypt & Decrypt

Client to configure connection strings, and test communication between front end / back end.

1 - CONFIGURING LIBRARY:

• Add using namespace for library:

using GOSTechnology.Providers.CryptoProvider.LIB;

2 - USING ENCRYPT & DECRYPT:

• Encrypt text in AES with key 256 bits and block 128 bits:

var text = "Teste 1";

var key = "12345678901234567890123456789012";

var iv = "1234567890123456";

var encrypt = CryptoProvider.EncryptAES(text, key, iv);

• Decrypt text in AES with key 256 bits and block 128 bits:

var cipherText = "cNYfEsY2OjqmoyiSN6tZIA==";

var key = "12345678901234567890123456789012";

var iv = "1234567890123456";

var decrypt = CryptoProvider.DecryptAES(cipherText, key, iv);

3 - USING SET AND GET PASSWORD HASH:

• Encrypt a password in AES with key 256 bits and block 128 bits, the key and block size are boarded into library:

var password= "748596";

var encrypt = CryptoProvider.SetPasswordHash(password);

• Decrypt a cipher password in AES with key 256 bits and block 128 bits, the key and block size are boarded into library:

var cipherPassword = "hfGePuNUfVpNWXptURqXbg==";

var decrypt = CryptoProvider.GetPasswordHash(cipherPassword);

Note: CryptoProvider uses key until 256 bits and block size until 128 bits based in AES.

Note: The calls can be have by static call in the public class CryptoProvider, of namespace "GOSTechnology.Providers.CryptoProvider.LIB".

Note: Exists a scheme of method wich provide hash for passwords, with encrypt and decrypt.

Note: The key and block size are boarded into library.

Github for contribute or issues: https://github.com/gabrielmotakiru/GOSTechnology.Providers.CryptoProvider.LIB